Our Products

IEC Inlet Filter

Power Cords with Locking System

IL 13P Angled IEC Lock C13

• Angled IEC Lock C13 Locking Connector

IL 13P Rewireable Angled IEC C13 Locking Connector

• IEC Lock C13 Rewireable Angled Locking Connector

IL 13P Rewireable IEC C13 Locking Connector

• IEC Lock C13 Rewireable Locking Connector

IL 13, 13 P, 19

• IL 13 13 P 19

Power Cords with Input EMC Filter

• IF 13

Single-Stage Filters

Downloads

• FN 332
• FN 350
• FN2010
• FN 2020
• FN 2030
• FN 2410 FN 2412
• FN 2450

Two-Stage Filters

Downloads

• FN 343
• FN 2060
• FN 2070
• FN 2080
• FN 2090
• FN 2415

Three-Stage Filters

Downloads

• FN 352 Z
• FN 700 Z

Common-Mode Chokes

Downloads

• EV EH series
• RB Series
• RC Series
• RD Series
• RN Series
• RT Series

Saturating Chokes

Downloads

• RI Series

Differential-Mode Chokes

Downloads

• RS Series

Capacitors

Downloads

• FN 751X (AC Feedthrough Capacitor)
• FN 756X (DC Feedthrough Capacitor)

Filters

Downloads

• FN 761X (AC Feedthrough Filter)
• FN 766X (DC Feedthrough Filter)

IT Series with Single Secondary Winding

IT Series with Double Secondary Winding

AC Line Reactors: RWK 3044

3-Phase Line Reactor to reduce mains disturbances

• 4% 3-phase line reactor for 400 V network
• Reducing harmonics on the mains side
• Reducing commutation notches
• Limiting inrush current
• Reliable and economical solution for mitigating mains disturbances
• Impedance: 4% @ 400 V, 50 Hz and rated rms current
• Climatic category: 40/100/21 (IEC 60068-1)

AC Line Reactors: RWK 3062

3-Phase Line Reactor to reduce mains disturbances

• 2% 3-phase line reactor for 690 V network
• Reducing harmonics on the mains side
• Reducing commutation notches
• Limiting inrush current
• Reliable and economical solution for mitigating mains disturbances
• Impedance: 2% @ 690 V, 50 Hz and rated rms current
• Climatic category: 40/100/21 (IEC 60068-1)

Load Reactors: RWK 305

3-Phase dv/dt Reactor for Efficient Motor Protection

• Reduction of drive output voltage dv/dt
• Reduction of motor temperature
• Increase of motor service life
• Compact and economic open frame design
• Standard catalog reactors up to 1100 A
• UL rated materials used
• Motor cable length: ≤50 m
• Motor frequency: 0 to 60 Hz
• Motor power: 1.5 to 630 kW
• Rated current: 4 to 1100 A
• Switching frequency: 2 to 16 kHz
• Voltage: 380 to 500 V

Ecosine Economy Line

Ecosine Compact Economy Line of Passive Harmonic Filters

• fn-3416-lv
• fn-3418
• fn-3418-lv
• Schaffner_IM_ECOsine_Economy_Line fn-3416

Ecosine Full Performance HV Line

Ecosine 50 Hz Passive Harmonic Filters

• fn-3410-hv
• Schaffner_IM_ECOsine_Full_Performance_HV_Line

Ecosine Full Performance Line

Ecosine 50 Hz Passive Harmonic Filters

• fn-3410
• fn-3411
• fn-3412
• fn-3413
• Schaffner_IM_ECOsine_Full_Performance_Line

Ecosine Evo Line

Ecosine Evo, 50 Hz Passive Harmonic Filters

• FN 3441
• FN 3442
• FN 3443
• FN 3450
• FN 3451
• FN 3452
• FN 3453
• FN 3440

Ecosine Max

Ecosine Max, 50 Hz Passive Harmonic Filters

• FN 3470
• FN 3471
• FN 3472
• FN 3473
• FN 3480
• FN 3481
• FN 3482
• FN 3483

Ecosine High Power Line Open Frame

Ecosine High Power Passive Harmonic Filter Modules for System Integration

• fn-3411-open-frame
• fn-3412-open-frame
• fn-3413-open-frame
• fn-3410-open-frame
• Schaffner_IM_ECOsine_High_power_Line_open_frame

Ecosine Active

Ecosine Active Harmonic Filters 600/690V (3-wire)

• FN 3420 HV

Ecosine Active Sync

• SYNC300A
• FN 3530/FN 3531
• FN 3532
• FN 3540/FN 3541

Dv/Dt Filters

Output Filters for Motor Drives

• FN 5060
• FN 510

Sine Wave Filters

Downloads

• FN 5040 FN 5045
• FN5040HV
• FN 5020
• Schaffner_AN_Filter_solutions_for_motor_drives_applications

Sine Wave Plus Filters

Downloads

• FN 5030
• FN 530
• Schaffner_AN_Filter_solutions_for_motor_drives_applications

Line Reactors

A line reactor is an inductor which is wired in series between a power source and a load. Line reactors, also called input AC reactors, are generally used in motor drive applications.

The main function of this Schaffner component lies into its current limiting characteristics. Line reactors also reduce the main harmonics, limit the inrush currents, and protect variable frequency drives (VFD) and motors. An overall improvement of the true power factor and the quality of the input current waveform can be achieved. Besides many other high demanding functions, Schaffner custom-made line reactors are used as second harmonic filters in traction rolling stock applications.

Features:

• Phases: 1 and 3
• Current range: up to 5 kA
• Short circuit current withstand: up to 50 kA
• Voltage range: up to 36 kV
• Fundamental frequency: up to 1 kHz
• Switching frequency: up to 20 kHz
• Insulation classes: 180/200/220
• Protection class: up to IP 67 and NEMA 6/6P
• Cooling methods: AN, AF, WD

DC Reactors

The primary purpose of a DC reactor is to smooth the current pulses in DC circuits and to reduce the damaging harmonics on the power line.

Schaffner DC reactors, also called DC link reactors or DC chokes, are typically connected to the semiconductors on the DC bus of converters, inverters and variable frequency drives (VFD).

Features:

• Phase: single
• Current range: up to 5 kA
• Short circuit current withstand: up to 50 kA
• Voltage range: up to 36 kV
• Ripple frequency: up to 30 kHz
• Insulation classes: 180/200/220
• Protection class: up to IP 67 and NEMA 6/6P
• Cooling methods: AN, AF, WD

Load Reactors

Schaffner load reactors work on the AC output side of frequency converters or other sensitive equipment in series to the electrical consumer.

Load reactors, also known as output reactors or dv/dt reactors, essentially protect the load, normally an electrical motor. It is an efficient way to reduce the high voltage dv/dt caused by the power switching semiconductors within the drive converter. The protection of motor insulation from premature aging and destruction results in a significantly increased lifetime of all motor drive systems.

Features:

• Phases: 1 and 3
• Current range: up to 5 kA
• Short circuit current withstand: up to 50 kA
• Voltage range: up to 36 kV
• Fundamental frequency: up to 1 kHz
• Switching frequency: up to 20 kHz
• Insulation classes: 180/200/220
• Protection class: up to IP 67 and NEMA 6/6P
• Cooling methods: AN, AF, WD

Special Reactors

• Advanced reactors
• Air core reactors
• Common mode (CM) reactors
• di/dt reactors
• Harmonic compensated reactors
• High reactance reactors
• Saturable reactors
• Swinging reactors
• Switching frequency (SF) reactors
• Trap reactors

Sine Wave Filters

Sine wave filters are low pass frequency filters, which convert the rectangular PWM output signal of motor drives into a smooth sine wave voltage with low residual ripple.

Sine wave filters, alternatively called output filters or sinusoidal filters, are mainly used in combination with variable speed drives (VSD) to protect the motor against excessive voltage spikes and overheating. These filters also decrease acoustic switching noise levels and enable longer cable layouts. As a consequence, insulation stress and losses in AC motors are reduced, and therefore prolonging the motor life time.

Features:

• Phases: 1 and 3
• Current range: up to 5 kA
• Short circuit current withstand: up to 50 kA
• Voltage range: up to 36 kV
• Fundamental frequency: up to 1 kHz
• Switching frequency: up to 20 kHz
• Insulation classes: 180 / 200 / 220
• Protection class: up to IP67 and NEMA 6/6P
• Cooling methods: AN, AF, WD

LC – LCL Filters

Schaffner LC- and LCL-filters are harmonic filters usually used on the grid side of renewable energy sources, like wind energy and photovoltaic (PV) plants. These devices improve and ensure the overall power quality of the produced energy.

The filtering of the inverters’ switching frequency is crucial for an optimized system configuration and the fulfilment of national grid standards. We design and produce custom-made LC – LCL filters, compatible with your transformers and other power magnetic components.

Features:

• Phases: 1 and 3
• Current range: up to 5 kA
• Short circuit current withstand: up to 50 kA
• Voltage range: up to 36 kV
• Fundamental frequency: up to 1 kHz
• Switching frequency: up to 20 kHz
• Insulation classes: 180 / 200 / 220
• Protection class: up to IP67 and NEMA 6/6P
• Cooling methods: AN, AF, WD

Dv/Dt Filters

Our dv/dt filters protect motors against high voltage increases and voltage peaks at motor terminals.

Since modern motor solutions consist of variable speed drives (VSD), dv/dt filters are a vital system component. Dv/dt filters allow longer motor cables and are a central element for retrofitting actions. With dv/dt filters, the voltage has still a pulse shaped wave form, though the current is sinusoidal. Due to their lower reactor and capacitor values, generally dv/dt output filters are smaller and lighter in weight than sine wave filters.

Features:

• Phases: 1 and 3
• Current range: up to 5 kA
• Short circuit current withstand: up to 50 kA
• Voltage range: up to 36 kV
• Fundamental frequency: up to 1 kHz
• Switching frequency: up to 20 kHz
• Insulation classes: 180 / 200 / 220
• Protection class: up to IP67 and NEMA 6/6P
• Cooling methods: AN, AF, WD

Multi-Pulse Drive Transformers

Schaffner provides isolation multi-pulse drive transformers for variable speed and variable frequency drive applications.

These units, also named rectifier transformers, are not just oversized standard units, but are designed specifically for inherent harmonics, minimal space requirements, and other unique characteristics of drive systems. Schaffner has a long history with major drive manufacturers in several markets. Our experience includes step-up transformers and winding configurations for multi-pulse transformers like 18-, 24- and 36- pulse designs.

Features:

• Phases: 1 and 3
• Power range: up to 10 MVA
• Voltage range: up to 36 kV
• Lightning impulse: up to 300 kV
• Fundamental frequency: 16 Hz up to 30 kHz
• Coil technology: VPI, Magne-seal
• Insulation classes: 180 / 200 / 220
• Protection class: up to IP67 and NEMA 6/6P
• Cooling methods: AN, AF, WD

High Efficiency Transformers

Schaffner high efficiency transformers offer the best ratio between initial cost and operating cost for sensitive applications.

We are experienced in designing the ideal construction and finding the optimum material mix for lower transformer losses. Lowering the energy consumption would result in reduced operating costs and less harmful emissions for your operation.

Features:

• Phases: 1 and 3
• Power range: up to 10 MVA
• Voltage range: up to 36 kV
• Lightning impulse: up to 300 kV
• Fundamental frequency: 16 Hz up to 30 kHz
• Efficiency: up to 99.9 %
• Coil technology: VPI, Magne-seal
• Insulation classes: 180 / 200 / 220
• Protection class: up to IP67 and NEMA 6/6P
• Cooling methods: AN, AF, WD

Distribution Transformers

Schaffner is the leading supplier of dry-type transformer products for distribution and trackside power applications. Strong technical expertise and vast application experience allow us to design the best solutions for these demanding applications.

Our products are installed in traction power substations in over 50 cities worldwide and include traction power transformers (TPT), interphase transformers (IPT), auxiliary power transformers (APT), and DC negative return reactors. In addition to that, Schaffner medium voltage (MV) grid step-up transformers support photovoltaic (PV), wind energy, hydro, bio-fuel and energy storage applications worldwide.

Features:

• Phases: 1 and 3
• Power range: up to 10 MVA
• Voltage range: up to 36 kV
• Lightning impulse: up to 300 kV
• Fundamental frequency: 16 Hz up to 30 kHz
• Coil technology: VPI, Magne-seal
• Insulation classes: 180 / 200 / 220
• Protection class: up to IP67 and NEMA 6/6P
• Cooling methods: AN, AF, WD

Middle Frequency Transformers

Schaffner middle frequency (MF) transformers take your high-demand and advanced applications to the next level.

Since the beginning of the MF transformers development, we have been at the cutting edge of this technology. Combining our innovative winding design with carefully selected premium core materials and have achieved maximal values of power density per weight (kW/kg). By applying our customized cooling methods, Schaffner MF transformers prove exceptional reliability in many applications.

Features:

• Phases: 1 and 3
• Power range: up to 5 MVA
• Voltage range: up to 10 kV
• Fundamental frequency: 1 kHz up to 30 kHz
• Coil technology: VPI, Magne-seal
• Insulation classes: 180 / 200 / 220
• Protection class: up to IP67 and NEMA 6/6P
• Cooling methods: AN, AF, WD

Traction Rolling Stock Transformers

Schaffner brings a wide experience in the traction rolling stock transformer business. Since decades, we design and produce successfully high quality devices and solutions for the railway market.

Our traction rolling stock transfomers stand for exceptional reliability and superior product attributes. Shock and vibration resistance, fire and smoke proof, low weight and a very compact custom design are just a few of our quality characteristics. In traction rolling stock applications the lightning, heating and safety systems of locomotives and railway carriages are typically supplied by a Schaffner auxiliary transformer or a head end power (HEP) transformer.

Features:

• Phases: 1 and 3
• Power range: up to 2 MVA
• Voltage range: up to 5 kV
• Fundamental frequency: 50 Hz / 60 Hz
• Switching frequency: 600 Hz up to 34 kHz
• Coil technology: VPI, Magne-seal
• Insulation classes: 180 / 200 / 220
• Protection class: up to IP67 and NEMA 6/6P
• Cooling methods: AN, AF, ON/OF